From Circuits to Symphonies: Redefining Synthetic Biology for Multimicrobial Systems

Le résumé fourni par la source

Synthetic biology is undergoing a pivotal shift from single-species engineering to rational design of synthetic microbial consortia, enabling more complex, efficient, and resilient functionalities. This transition responds to the growing demand for microbial assemblies with synchronized behavior, division of labor, and ecological stability for applications in synthetic biology, biomanufacturing, bioremediation, and living therapeutics. The current single-species-centric paradigm cannot fully capture the emergent properties of microbial communities, such as temporal coordination, interspecies communication, ecological interactions, and niche specialization. Unlocking the full potential of multicellular synthetic biology therefore requires a fundamentally new design framework. In this perspective article, we introduce the symphony metaphor as a conceptual framework for engineering synthetic consortia, where microbes act as individual musicians, communication pathways as notes, genetic oscillators as rhythm, and artificial ecological dynamics as harmony, conducted through the integration of computational and experimental approaches. We synthesize advances in four interconnected areas: microbial communication as the language of microbial ensembles; oscillatory modules for temporal synchronization; synthetic ecology for stable, niche-specialized communities with controlled population size; and integrative modelling frameworks that unite metabolic and ecological design. We also outline future priorities, including modular and scalable engineering toolkits, real-time monitoring with feedback control, structural elucidation of signaling molecules, process-scale strategies for industrial deployment, and the creation of dedicated software platforms for designing multi-microbial systems. This framework aims to reshape synthetic biology to better address the complexities of multicellular systems, enhancing the rational design of synthetic microbial consortia for applications in sustainability, health, and industry.

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